Product Description
The EinScan Medixa is a specialized, all-in-one wireless 3D scanner designed to revolutionize orthotics and prosthetics (O&P) patient care. It replaces traditional, messy, and time-consuming casting methods with a fast, contact-free, and comfortable digital workflow. By integrating precision scanning, onboard data processing, and seamless output, the Medixa empowers clinicians to deliver customized, accurate devices with unprecedented efficiency.
For Orthotics and Prosthetic Clinicians
- Intuitive, all-in-one design: A portable, lightweight device combines scanning, processing, and data export in a single system, eliminating the need for an external computer.
- Purpose-built workflow: Features a user-friendly interface with pre-set scanning parameters tailored for specific body parts, including cranial, torso, limbs, feet, and sockets.
- Improved clinical efficiency: With a fully digital process, clinics can increase patient throughput by up to 400% and reduce case time by as much as 80% compared to traditional methods.
- Movement compensation: Advanced algorithms ensure reliable, precise data capture even with slight patient movements, making it ideal for sensitive applications like infant cranial helmets.
For patients
- Enhanced comfort: The contact-free scanning process eliminates the mess and discomfort associated with plaster casting, improving the overall patient experience.
- Fast and clean process: Scans are captured in seconds, reducing appointment times and making the procedure less stressful, particularly for children and elderly patients.
- Precise, custom-fitted devices: The scanner captures high-resolution 3D data with a 5MP texture camera, ensuring the resulting orthotics and prosthetics fit better and are more accurate.
Seamless Digital Integration
- High-quality data output: Delivers accurate 3D models in standard formats like STL, OBJ, and PLY, ensuring seamless integration with CAD/CAM and O&P design software.
- Flexible integration: Supports smooth data transfer with hospital ordering systems and design portals for customized clinical workflows.
